Mp8g10560
Description
Annotation
| Database | ID | Description |
|---|---|---|
| PANTHER | PTHR44051 | GLUTATHIONE S-TRANSFERASE-RELATED |
| SFLD | SFLDG01151 | Main.2: Nu-like |
| Pfam | PF13409 | Glutathione S-transferase, N-terminal domain |
| ProSiteProfiles | PS50404 | Soluble glutathione S-transferase N-terminal domain profile. |
| Pfam | PF00043 | Glutathione S-transferase, C-terminal domain |
| SUPERFAMILY | SSF52833 | Thioredoxin-like |
| SFLD | SFLDS00019 | Glutathione Transferase (cytosolic) |
| ProSiteProfiles | PS50405 | Soluble glutathione S-transferase C-terminal domain profile. |
| Gene3D | G3DSA:3.40.30.10 | Glutaredoxin |
| SUPERFAMILY | SSF47616 | GST C-terminal domain-like |
| CDD | cd03048 | GST_N_Ure2p_like |
| CDD | cd03178 | GST_C_Ure2p_like |
| Gene3D | G3DSA:1.20.1050.10 | - |
| KEGG | K11209 | GSH-dependent disulfide-bond oxidoreductase [EC:1.8.4.-] |
| KEGG | K00799 | glutathione S-transferase [EC:2.5.1.18] |
| KOG | KOG0867 | Glutathione S-transferase; [O] |
| MapolyID | Mapoly0008s0167 | - |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpGST19 | glutathione S-transferase | Published |
Associated Literature (AI-based literature mining, Beta-version)
glutathione S-transferase (from nomenclature)
0 core 1 peripheral
Li M, Wang C, Sonego P, Barbaro E, Bertoldi D, Cestaro A, Larcher R, Sanita di Toppi L, Varotto C. (2025)
· Journal of hazardous materials research experimental background
Glutathione S-transferase among the arsenic-responsive candidate genes profiled in the screen.
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp8g10560 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp8g10560.1 TTGGATTCGT CTCTGGTCTT GCGCCGACTC GTGGCCGCAG CGAGCGAGCG AGCTTTATAA GGCATCGCGG AGCTTTTCTG GAATGTATCG CTGAGCGTCG ACATCAAATC GGAGGCGAGC ACAGAACAGA GCACCTAGAC CGACTGCGAC TGCGCGATTC TGTCTGCCTT GAGGTCTCCA ATCACAAATC GGTAAGTACT TTTTCTTCTC GTGCTGCCGC ATCTGGTGGA GCGCGCGGCG GAGCAGCAGC AGGGGCTTCC AATTGCGCGC GCTGTGACGA GATCGGGGTT TTGTGGGGTG GGTCGGTTCG GGGTGGTCGA CATGTTCAGC TTGTGCAACT CCGTGTCTGT CGTGCGCTCT GCTTTTGGAT CTGGAATTGA GCTAGGTCGG CGAAGTCCGA TCGTTTTGAA GAGTCAGGGT CGTGTTACTC CTGCGCCGTG GAGTACCTTG TAAGGCTCTG TTGTCGATTA CTGAGGAAGA TCGATGATGT TGAGTGAACG TCCGGCTTGT TAGAATTTCA AGGTAATGAA GGTCTTCTGA GCTGAGATGA ACGATTTGTC ACTTTGTTCA GCAGGAAGCG GGCTAAATTT TCCATAATGG CATCCAAGAT TGAGCTTTAC AGTCTGGCTA CTCCCAATGG AATGAAGGTA TGGCTATGTC TGTGCCGCAT GTAATTGATA CGCTCACTAT TTCAGCGTTT TTGAAATTGA TTCTGTCGTT GATAACTGGG AGCTCATTAA AGGTTGTAGT AATGTTTAGA GCGACGGGGT CGATTTTCTC TAATTTGTTG TGACGCAAGT TGAGTGCGTG TGTGTATTGT GCAGGTGAGC GTTGCATTGG AGGAGATGGG TCTGGAATAC AATGCCCACA CTATCGACAT CATGAAGGGC GACCAATTCA CACCCGAGTT TATTGCCGTC AACCCCAACT CAAAAATCCC GGCAATCACA GATCCAAATG GTCCAGGTAT TTGGTCTACC AACCCCATGA CCTCTGTATC TACACTTGGG CTGATTGTAT GATATCCGTA CTTCGAAATT GGATGGTCGT AGAGAAGTTG TGAAGCTGTT GAGCGAGCGT TCTCGATCTT CGATAGTAGT GAAACTAGAC TGAAGATGAC AACTCTGAAT TTGCATGCGG CCGTGAAATT TTGTGAGTGA CACTATTTAG CGAAATCAGA GTATGTTCTT GGATGGTACA TGCTGCCAAC GTGATTCCCT TCTTTCTCGC CACTTGTTGG TCGTGTAGCA TAGATGTGAT ATCCAAGACG CTTGATCTAA TCTATGGCTG TGGTTCTGGC TTGTGTACAC GAATAGATGG TAAACCAATC AATGTGTTTG AGAGTGGAGC TATATTGTTA TACCTAGGAG AGAAGACAGG AAAGTTTCTA CCGGCCGATC CCCGCCTGAA GTACGAAACT ATTCAATGGG TTTTCTTCCA GATGGGAGGA GTCGGTCCGA TGTTTGGACA GGTTAGTGAT TGTGTGTCCC TTTTCTCGAT ATCATGTTCT TCATCATTTT GTGTGCAACT ATACAATGCC TGACTGAAAA CGAACGCCCT TATGTTCAAG AAATCGAAGT TTTCAAGTCT CCATCTCTTT CTCCTGACGA ATTGTCTTTC TTTGCTTCGT TGTCATTTTT GTGAAATCGA AGTCGATCTC AATGTCAAGG AGGTAAATGT AGTGTTGTGA ACTGTTTTCA ATTAGACTGG TCACTAATTC TTGAAATGTT TATTTGATTG TACATTGTGC CAGTTTGGAC ATTTCTACAA GTATGCCAAG GACAAGTGTG ATCATCCCTA CCCGTTGCAG AGGTACTCCA CTGAGGTAAA ACGCATTCTC GGCGTGCTCG AAAAGCGTCT GGAGGGTACA GATTTCCTCG TTGGGAACGA ATACACAATC GCTGATATGG CTTCATTCCC TTGGGTCCAT TGCCTCGATT TCGGTTACCA TGCAGCTGAG TATCTAGGTG TGTCTAACTT TCCGAATGTA GTTGCATGGA AAGAAAGGTG TATGGCCCGA CCTGCCACTG CCAAGGGTTT GACTGTCTGC CCTTTCCAGT GAATGTATAG AGATTCTAAA TCGAAATTGC CTGTGGCCTC GAGGATATAG CTCTATGTTC TTTAGAGTTT GTGAATTACC GAAGACGAGC TTATGTAATT TCGAAGAGTT CGACACTCAA TTGTACATGC CAAATATAAT ATACTACGAG AATGTTCTCA TGTAACTGAA |
mRNA UTR + CDS |
| >Mp8g10560.1 TTGGATTCGT CTCTGGTCTT GCGCCGACTC GTGGCCGCAG CGAGCGAGCG AGCTTTATAA GGCATCGCGG AGCTTTTCTG GAATGTATCG CTGAGCGTCG ACATCAAATC GGAGGCGAGC ACAGAACAGA GCACCTAGAC CGACTGCGAC TGCGCGATTC TGTCTGCCTT GAGGTCTCCA ATCACAAATC GCAGGAAGCG GGCTAAATTT TCCATAATGG CATCCAAGAT TGAGCTTTAC AGTCTGGCTA CTCCCAATGG AATGAAGGTG AGCGTTGCAT TGGAGGAGAT GGGTCTGGAA TACAATGCCC ACACTATCGA CATCATGAAG GGCGACCAAT TCACACCCGA GTTTATTGCC GTCAACCCCA ACTCAAAAAT CCCGGCAATC ACAGATCCAA ATGGTCCAGA TGGTAAACCA ATCAATGTGT TTGAGAGTGG AGCTATATTG TTATACCTAG GAGAGAAGAC AGGAAAGTTT CTACCGGCCG ATCCCCGCCT GAAGTACGAA ACTATTCAAT GGGTTTTCTT CCAGATGGGA GGAGTCGGTC CGATGTTTGG ACAGTTTGGA CATTTCTACA AGTATGCCAA GGACAAGTGT GATCATCCCT ACCCGTTGCA GAGGTACTCC ACTGAGGTAA AACGCATTCT CGGCGTGCTC GAAAAGCGTC TGGAGGGTAC AGATTTCCTC GTTGGGAACG AATACACAAT CGCTGATATG GCTTCATTCC CTTGGGTCCA TTGCCTCGAT TTCGGTTACC ATGCAGCTGA GTATCTAGGT GTGTCTAACT TTCCGAATGT AGTTGCATGG AAAGAAAGGT GTATGGCCCG ACCTGCCACT GCCAAGGGTT TGACTGTCTG CCCTTTCCAG TGAATGTATA GAGATTCTAA ATCGAAATTG CCTGTGGCCT CGAGGATATA GCTCTATGTT CTTTAGAGTT TGTGAATTAC CGAAGACGAG CTTATGTAAT TTCGAAGAGT TCGACACTCA ATTGTACATG CCAAATATAA TATACTACGA GAATGTTCTC ATGTAACTGA A |
CDS |
| >Mp8g10560.1 ATGGCATCCA AGATTGAGCT TTACAGTCTG GCTACTCCCA ATGGAATGAA GGTGAGCGTT GCATTGGAGG AGATGGGTCT GGAATACAAT GCCCACACTA TCGACATCAT GAAGGGCGAC CAATTCACAC CCGAGTTTAT TGCCGTCAAC CCCAACTCAA AAATCCCGGC AATCACAGAT CCAAATGGTC CAGATGGTAA ACCAATCAAT GTGTTTGAGA GTGGAGCTAT ATTGTTATAC CTAGGAGAGA AGACAGGAAA GTTTCTACCG GCCGATCCCC GCCTGAAGTA CGAAACTATT CAATGGGTTT TCTTCCAGAT GGGAGGAGTC GGTCCGATGT TTGGACAGTT TGGACATTTC TACAAGTATG CCAAGGACAA GTGTGATCAT CCCTACCCGT TGCAGAGGTA CTCCACTGAG GTAAAACGCA TTCTCGGCGT GCTCGAAAAG CGTCTGGAGG GTACAGATTT CCTCGTTGGG AACGAATACA CAATCGCTGA TATGGCTTCA TTCCCTTGGG TCCATTGCCT CGATTTCGGT TACCATGCAG CTGAGTATCT AGGTGTGTCT AACTTTCCGA ATGTAGTTGC ATGGAAAGAA AGGTGTATGG CCCGACCTGC CACTGCCAAG GGTTTGACTG TCTGCCCTTT CCAGTGA |
Protein |
| >Mp8g10560.1 MASKIELYSL ATPNGMKVSV ALEEMGLEYN AHTIDIMKGD QFTPEFIAVN PNSKIPAITD PNGPDGKPIN VFESGAILLY LGEKTGKFLP ADPRLKYETI QWVFFQMGGV GPMFGQFGHF YKYAKDKCDH PYPLQRYSTE VKRILGVLEK RLEGTDFLVG NEYTIADMAS FPWVHCLDFG YHAAEYLGVS NFPNVVAWKE RCMARPATAK GLTVCPFQ |
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp8g10560.2 TTGGATTCGT CTCTGGTCTT GCGCCGACTC GTGGCCGCAG CGAGCGAGCG AGCTTTATAA GGCATCGCGG AGCTTTTCTG GAATGTATCG CTGAGCGTCG ACATCAAATC GGAGGCGAGC ACAGAACAGA GCACCTAGAC CGACTGCGAC TGCGCGATTC TGTCTGCCTT GAGGTCTCCA ATCACAAATC GGTAAGTACT TTTTCTTCTC GTGCTGCCGC ATCTGGTGGA GCGCGCGGCG GAGCAGCAGC AGGGGCTTCC AATTGCGCGC GCTGTGACGA GATCGGGGTT TTGTGGGGTG GGTCGGTTCG GGGTGGTCGA CATGTTCAGC TTGTGCAACT CCGTGTCTGT CGTGCGCTCT GCTTTTGGAT CTGGAATTGA GCTAGGTCGG CGAAGTCCGA TCGTTTTGAA GAGTCAGGGT CGTGTTACTC CTGCGCCGTG GAGTACCTTG TAAGGCTCTG TTGTCGATTA CTGAGGAAGA TCGATGATGT TGAGTGAACG TCCGGCTTGT TAGAATTTCA AGGTAATGAA GGTCTTCTGA GCTGAGATGA ACGATTTGTC ACTTTGTTCA GCAGGAAGCG GGCTAAATTT TCCATAATGG CATCCAAGAT TGAGCTTTAC AGTCTGGCTA CTCCCAATGG AATGAAGGTA TGGCTATGTC TGTGCCGCAT GTAATTGATA CGCTCACTAT TTCAGCGTTT TTGAAATTGA TTCTGTCGTT GATAACTGGG AGCTCATTAA AGGTTGTAGT AATGTTTAGA GCGACGGGGT CGATTTTCTC TAATTTGTTG TGACGCAAGT TGAGTGCGTG TGTGTATTGT GCAGGTGAGC GTTGCATTGG AGGAGATGGG TCTGGAATAC AATGCCCACA CTATCGACAT CATGAAGGGC GACCAATTCA CACCCGAGTT TATTGCCGTC AACCCCAACT CAAAAATCCC GGCAATCACA GATCCAAATG GTCCAGGTAT TTGGTCTACC AACCCCATGA CCTCTGTATC TACACTTGGG CTGATTGTAT GATATCCGTA CTTCGAAATT GGATGGTCGT AGAGAAGTTG TGAAGCTGTT GAGCGAGCGT TCTCGATCTT CGATAGTAGT GAAACTAGAC TGAAGATGAC AACTCTGAAT TTGCATGCGG CCGTGAAATT TTGTGAGTGA CACTATTTAG CGAAATCAGA GTATGTTCTT GGATGGTACA TGCTGCCAAC GTGATTCCCT TCTTTCTCGC CACTTGTTGG TCGTGTAGCA TAGATGTGAT ATCCAAGACG CTTGATCTAA TCTATGGCTG TGGTTCTGGC TTGTGTACAC GAATAGATGG TAAACCAATC AATGTGTTTG AGAGTGGAGC TATATTGTTA TACCTAGGAG AGAAGACAGG AAAGTTTCTA CCGGCCGATC CCCGCCTGAA GTACGAAACT ATTCAATGGG TTTTCTTCCA GATGGGAGGA GTCGGTCCGA TGTTTGGACA GGTTAGTGAT TGTGTGTCCC TTTTCTCGAT ATCATGTTCT TCATCATTTT GTGTGCAACT ATACAATGCC TGACTGAAAA CGAACGCCCT TATGTTCAAG AAATCGAAGT TTTCAAGTCT CCATCTCTTT CTCCTGACGA ATTGTCTTTC TTTGCTTCGT TGTCATTTTT GTGAAATCGA AGTCGATCTC AATGTCAAGG AGGTAAATGT AGTGTTGTGA ACTGTTTTCA ATTAGACTGG TCACTAATTC TTGAAATGTT TATTTGATTG TACATTGTGC CAGTTTGGAC ATTTCTACAA GTATGCCAAG GACAAGTGTG ATCATCCCTA CCCGTTGCAG AGGTACTCCA CTGAGGTAAA ACGCATTCTC GGCGTGCTCG AAAAGCGTCT GGAGGGTACA GATTTCCTCG TTGGGAACGA ATACACAATC GCTGATATGG CTTCATTCCC TTGGGTCCAT TGCCTCGATT TCGGTTACCA TGCAGCTGAG TATCTAGGTG TGTCTAACTT TCCGAATGTA GTTGCATGGA AAGAAAGGTG TATGGCCCGA CCTGCCACTG CCAAGGGTTT GACTGTCTGC CCTTTCCAGT GAATGTATAG AGATTCTAAA TCGAAATTGC CTGTGGCCTC GAGGATATAG CTCTATGTTC TTTAGAGTTT GTGAATTACC GAAGACGAGC TTATGTAATT TCGAAGAGTT CGACACTCAA TTGTACATGC CAAATATAAT ATACTACGAG AATGTTCTCA TGTAACTGAA |
mRNA UTR + CDS |
| >Mp8g10560.2 TTGGATTCGT CTCTGGTCTT GCGCCGACTC GTGGCCGCAG CGAGCGAGCG AGCTTTATAA GGCATCGCGG AGCTTTTCTG GAATGTATCG CTGAGCGTCG ACATCAAATC GGAGGCGAGC ACAGAACAGA GCACCTAGAC CGACTGCGAC TGCGCGATTC TGTCTGCCTT GAGGTCTCCA ATCACAAATC GGAAGCGGGC TAAATTTTCC ATAATGGCAT CCAAGATTGA GCTTTACAGT CTGGCTACTC CCAATGGAAT GAAGGTGAGC GTTGCATTGG AGGAGATGGG TCTGGAATAC AATGCCCACA CTATCGACAT CATGAAGGGC GACCAATTCA CACCCGAGTT TATTGCCGTC AACCCCAACT CAAAAATCCC GGCAATCACA GATCCAAATG GTCCAGATGG TAAACCAATC AATGTGTTTG AGAGTGGAGC TATATTGTTA TACCTAGGAG AGAAGACAGG AAAGTTTCTA CCGGCCGATC CCCGCCTGAA GTACGAAACT ATTCAATGGG TTTTCTTCCA GATGGGAGGA GTCGGTCCGA TGTTTGGACA GTTTGGACAT TTCTACAAGT ATGCCAAGGA CAAGTGTGAT CATCCCTACC CGTTGCAGAG GTACTCCACT GAGGTAAAAC GCATTCTCGG CGTGCTCGAA AAGCGTCTGG AGGGTACAGA TTTCCTCGTT GGGAACGAAT ACACAATCGC TGATATGGCT TCATTCCCTT GGGTCCATTG CCTCGATTTC GGTTACCATG CAGCTGAGTA TCTAGGTGTG TCTAACTTTC CGAATGTAGT TGCATGGAAA GAAAGGTGTA TGGCCCGACC TGCCACTGCC AAGGGTTTGA CTGTCTGCCC TTTCCAGTGA ATGTATAGAG ATTCTAAATC GAAATTGCCT GTGGCCTCGA GGATATAGCT CTATGTTCTT TAGAGTTTGT GAATTACCGA AGACGAGCTT ATGTAATTTC GAAGAGTTCG ACACTCAATT GTACATGCCA AATATAATAT ACTACGAGAA TGTTCTCATG TAACTGAA |
CDS |
| >Mp8g10560.2 ATGGCATCCA AGATTGAGCT TTACAGTCTG GCTACTCCCA ATGGAATGAA GGTGAGCGTT GCATTGGAGG AGATGGGTCT GGAATACAAT GCCCACACTA TCGACATCAT GAAGGGCGAC CAATTCACAC CCGAGTTTAT TGCCGTCAAC CCCAACTCAA AAATCCCGGC AATCACAGAT CCAAATGGTC CAGATGGTAA ACCAATCAAT GTGTTTGAGA GTGGAGCTAT ATTGTTATAC CTAGGAGAGA AGACAGGAAA GTTTCTACCG GCCGATCCCC GCCTGAAGTA CGAAACTATT CAATGGGTTT TCTTCCAGAT GGGAGGAGTC GGTCCGATGT TTGGACAGTT TGGACATTTC TACAAGTATG CCAAGGACAA GTGTGATCAT CCCTACCCGT TGCAGAGGTA CTCCACTGAG GTAAAACGCA TTCTCGGCGT GCTCGAAAAG CGTCTGGAGG GTACAGATTT CCTCGTTGGG AACGAATACA CAATCGCTGA TATGGCTTCA TTCCCTTGGG TCCATTGCCT CGATTTCGGT TACCATGCAG CTGAGTATCT AGGTGTGTCT AACTTTCCGA ATGTAGTTGC ATGGAAAGAA AGGTGTATGG CCCGACCTGC CACTGCCAAG GGTTTGACTG TCTGCCCTTT CCAGTGA |
Protein |
| >Mp8g10560.2 MASKIELYSL ATPNGMKVSV ALEEMGLEYN AHTIDIMKGD QFTPEFIAVN PNSKIPAITD PNGPDGKPIN VFESGAILLY LGEKTGKFLP ADPRLKYETI QWVFFQMGGV GPMFGQFGHF YKYAKDKCDH PYPLQRYSTE VKRILGVLEK RLEGTDFLVG NEYTIADMAS FPWVHCLDFG YHAAEYLGVS NFPNVVAWKE RCMARPATAK GLTVCPFQ |